TPSA475M010H1400

Tantalum capacitors are a type of capacitors that possess many beneficial characteristics such as high volumetric efficiency, stability under temperature and voltage, and freedom from self-heating. The TPSA475M010H1400 is one such tantalum capacitor with a wide range of applications across a variety of fields.

Applications

The TPSA475M010H1400 has a wide range of uses, which include its application in telecommunications equipment, frequency control systems, server memory systems, and sound equipment. It is also used in avionics and military applications. Furthermore, this particular capacitor is used extensively in medical equipment such as dialysis machines and medical imaging systems.

The TPSA475M010H1400 is capable of withstanding extremes in temperature, shock, and vibration, making it suitable for use in the most demanding industrial and aerospace applications. Due to its low profile and its ability to withstand high temperatures, this capacitor can be placed in small, tight places. In addition, this type of capacitor has excellent volumetric efficiency, allowing for more capacitance and power in a small package.

Working Principle

Tantalum capacitors like the TPSA475M010H1400 are made of tantalum, an inert metal with a dielectric breakdown voltage of 6 to 11 V. Because tantalum is an extremely pure and stable metal, the device can handle high-power applications and operate at high temperatures.

In addition to the tantalum, the capacitor also consists of two electrolytic solutions that serve as dielectrics and conductors respectively. These two solutions form an oxide layer on the surface of the tantalum, which acts as the dielectric layer. This oxide layer has a high capacitance to volume ratio, so the capacitor can store more energy in a smaller package. The two solutions also provide a level of protection for the capacitor against voltage surges and EMI.

The TPSA475M010H1400 capacitor works by storing an electric charge in a high-capacity dielectric layer and releasing it when needed. When the voltage is applied, there is an electric current that passes through the oxide layer, resulting in a charge to be stored on the capacitor. When the voltage is removed, the current ceases to flow and the charge is released. The charge is then used to operate the system.

The TPSA475M010H1400 tantalum capacitor is a high-performance device that offers superior performance and reliability. Its wide range of applications and its ability to withstand extreme temperatures and voltage make it a versatile component for many applications. Its seamless integration and unmatched volumetric efficiency also make it a highly sought-after component in the market.